Author:
Liu Y,Zhao W J,Luo Y L,Du Q Y
Abstract
Abstract
The sudden pollution accident in a river basin is combined with accident cause, cause factor (pollutants) and the receptive environment all together, this study brings up the method to establish the information chain of sudden pollution accidents in a river basin which can describe the causality of all information. Take the sudden oil pollution accident in a river basin as an example, the information system of sudden pollution accidents in a river basin is established from five aspects: pollution source characteristics, pollution characteristics, regional environment characteristics, lash-up treatment technology status and pollution impact characteristics. Through index abstraction and structure representation for the above information, and connect the interactive relationship of the node variables with directed edge line segments, based on which the expert knowledge analysis synthesis method is applied to achieve the optimal causal direction relationship, and the information chain of sudden oil pollution accident in the river basin is ultimately established. This information chain can sufficiently show the causal relationship of each information elements in the sudden pollution accident and can supply decision making basis for examining and distinguishing the status of a sudden water pollution accident in a river basin and determining the precise lash-up treatment technology.
Reference16 articles.
1. Emergency response procedures and technique route for environmental damage assessment in sudden tributaries pollution incidents;Cai;Chin. J. Environ. Eng.,2014
2. Development and application of water pollution emergency response system in Yangtze River Estuary;Chen;Yangtze River,2013
3. Comparing emergency response infrastructure to other critical infra-structures in the California Bay-Delta of the United States: A research note on inter-infrastructural differences in reliability management;Emery;J. Conting. & Crisis Man.,2015
4. Developing regional early warning systems for US source waters;Gullick;J. American Water Works Association,2004
5. Development of a centralized inland marine hazardous materials response database;James;J. Hazardous Mater.,2003
Cited by
1 articles.
订阅此论文施引文献
订阅此论文施引文献,注册后可以免费订阅5篇论文的施引文献,订阅后可以查看论文全部施引文献